In literature:
The thermostat is a device that automatically regulates the heat of the oven.
"Woman's Institute Library of Cookery, Vol. 1" by Woman's Institute of Domestic Arts and Sciences
A thermostat regulates the heat.
"If You're Going to Live in the Country" by Thomas H. Ormsbee and Richmond Huntley
He turned his oxygen down to the bare minimum and the thermostat as low as he dared.
"Far from Home" by J.A. Taylor
A thermostat can be placed on the system and the temperature of the water controlled.
"Elements of Plumbing" by Samuel Dibble
It is well to have the temperature of a dry kiln controlled by a thermostat which actuates the valve on the main steam supply pipe.
"Seasoning of Wood" by Joseph B. Wagner
Stopper and keep at room temperature three hours, then in thermostat at 50 deg.
"The Elements of Bacteriological Technique" by John William Henry Eyre
This thermostat is set at 60 deg.
"Respiration Calorimeters for Studying the Respiratory Exchange and Energy Transformations of Man" by Francis Gano Benedict
The mechanoids did not have thermostat stations, for they did not need them.
"The Genius" by Con Pederson
He adjusted a thermostat on the wall, to seventy degrees.
"Whispering Wires" by Henry Leverage
The temperature of the thermostat is then raised degree by degree, and the height of the meniscus at each point ascertained.
"The Phase Rule and Its Applications" by Alexander Findlay
The thermostat keeps the iron at an even temperature after you set it for the heat you want.
"Electricity for the 4-H Scientist" by Eric B. Wilson
In either instance a thermostat controls the source of heat.
"Rules and Practice for Adjusting Watches" by Walter J. Kleinlein
The boiler-room telegraphs, stoking indicators, rudder indicators, clocks and thermostats were also electrical.
"Loss of the Steamship 'Titanic'" by British Government
Below the tank is the incubation drawer (E), which contains the eggs and also a temperature regulator or thermostat (R).
"Encyclopaedia Britannica, 11th Edition, Volume 14, Slice 3" by Various
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In news:
At $250 a pop, Nest units are five to 10 times the price of standard programmable thermostats .
The Second-Generation Nest Thermostat .
Second Generation Nest Learning Thermostat, Image: Nest.
IPhone-Controlled Thermostat From Creator of the iPod.
If your house is less than 20 years old, you probably have a programmable thermostat .
People don't buy thermostats .
When do consumers get new thermostats .
Model T1900 Slimline Platinum residential thermostat has a built-in humidity module, which allows the thermostat to not only automatically control temperature but humidity as well.
Programmable thermostats are a great investment.
Many programmable thermostats cost less than $90, so you're likely to recoup your investment quickly in lower energy bills.
Unlike thermostats that operate with mercury, leveling a digital thermostat isn't necessary, but it looks better.
Nuheat introduces its new Energy Star rated Solo programmable thermostat .
IPod Creator Introduces Cute Home Thermostat That Learns Your Habits.
Programmable thermostats have been been on the market for years, but they are as fun to program as early VCRs.
Because traditional thermostats are so hard to program, few people adjust the temperature to fit their schedules.
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In science:
These divergences indicate that the simple-minded thermostat is unphysical.
Derivation of a non-objective Oldroyd model from the Boltzmann equation
Because the thermostat will regulate the temperature without inﬂuencing the stress we can have a second moment Πxx = Z fv (vx − ux )2 that becomes negative which in terms reqires negative contributions to the probability distribution.
Derivation of a non-objective Oldroyd model from the Boltzmann equation
This is what makes the thermostat unphysical.
Derivation of a non-objective Oldroyd model from the Boltzmann equation
Nevertheless Hawking suggested that taking a black hole together with radiation of the same temperature and putting them into a thermostat should provide a system in thermodynamical equilibrium.
Black Hole Statistical Physics: Entropy
Let δI = I − I ∗ and δβ = ˜β − β be dispersions of the fundamental physical quantities I of the interest system and the effective canonical parameters ˜β of the generalized thermostat respectively.
Generalized Fluctuation Theory based on the reparametrization invariance of the microcanonical ensemble
It is very important to remark that such correlations depends crucially on the interaction between the interest system and the generalized thermostat, and consequently, the values of these quantities are modiﬁed with the change of the external control apparatus.
Generalized Fluctuation Theory based on the reparametrization invariance of the microcanonical ensemble
The corresponding canonical parameter is the inverse temperature β of the Gibbs thermostat.
Generalized Fluctuation Theory based on the reparametrization invariance of the microcanonical ensemble
The heat capacity C is a very simple example of a response function which characterizes how sensible is the system energy E (controlled quantity) during a small change of the temperature T of the thermostat (control parameter).
Generalized Fluctuation Theory based on the reparametrization invariance of the microcanonical ensemble
Such correlations are not present within the ordinary Boltzmann-Gibbs distribution (13) since the canonical parameters of the thermostat are keep ﬁxed, so that δβ ≡ 0 ⇒ (cid:10)δβi δI j (cid:11) = hδβn δβj i ≡ 0.
Generalized Fluctuation Theory based on the reparametrization invariance of the microcanonical ensemble
The correlation tensor Gij or Gij arises as a consequence of the interaction between the generalized thermostat (Fij ) and the interest system (κij ) within the generalized Boltzmann-Gibbs description (Gij = Fij − κij ).
Generalized Fluctuation Theory based on the reparametrization invariance of the microcanonical ensemble
The key for the success of this last Monte Carlo method is precisely the using of a generalized Gibbs thermostat with a ﬂuctuating inverse temperature ˜β .
Generalized Fluctuation Theory based on the reparametrization invariance of the microcanonical ensemble
This aim could be carried out in an appropriated canonical-way within a generalized Boltzmann-Gibbs description (12) whose generalized thermostat exhibits two ﬂuctuating effective control parameters ˜β and ˜λ.
Generalized Fluctuation Theory based on the reparametrization invariance of the microcanonical ensemble
Q = δE + Mz δB and δκ = −β δB, where δQ characterizes the ﬂuctuations of the transferred heat among the interest system and the generalized thermostat.
Generalized Fluctuation Theory based on the reparametrization invariance of the microcanonical ensemble
Thus, the generalized ﬂuctuation relations (66) act as certain kind of thermodynamic uncertainly relations where the physical observables of the interest system I and the corresponding effective canonical parameters of the external generalized thermostat ˜β behave as complementary thermodynamical quantities.
Generalized Fluctuation Theory based on the reparametrization invariance of the microcanonical ensemble
The reason for this behaviour is the thermostatic action of the radiation ﬁeld to keep the ﬂuid elements close to radiative equilibrium.
The origin of the reversed granulation in the solar photosphere
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